Luhaka – Teeth Whitening Mouth Spray

Luhaka – Teeth Whitening Mouth Spray

What are the many root causes of teeth discoloration?

Let’s take a closer look to find out.:

As per the scientists at the American Medical Institute of Dental Sciences, teeth discoloration can be attributed to a range of factors. Extrinsic staining, for instance, transpires when the outer layer of the tooth (enamel) is stained by external factors like food, beverages, and tobacco. 

Conversely, intrinsic staining occurs when the inner structure of the tooth (dentin) becomes discolored or impaired. This can transpire as a result of aging, trauma, or exposure to specific medications or environmental factors. Furthermore, genetics can also influence tooth color, as some individuals may inherently possess darker or yellowish teeth. 

Insufficient oral hygiene can also contribute to tooth discoloration, as plaque and tartar buildup can lead to the development of stains over time. It is crucial to consult with a dentist to identify the specific cause of tooth discoloration and to consider suitable treatment options.

That’s why we created Luhaka Teeth Whitening Mouth Spray

This formula provides a unique and unprecedented experience. It has been clinically proven to effectively eliminate millions of germs that contribute to bad breath. It targets your entire mouth, delivering a more thorough clean than brushing alone. Protect and refresh your mouth with this alcohol-free mouth spray that offers a milder taste. 

Dr. Matthew Fischer explains that while there are various methods available for teeth whitening, such as bleaching agents and abrasives, not all of them are considered safe for the enamel of teeth.

“Luhaka Teeth Whitening Mouth Spray is a whitening system that uses a safe and scientifically proven natural formula. Unlike other methods that can be harmful to teeth enamel, it can penetrate the enamel and react with the discolored molecules that cause tooth discoloration. This process helps to whiten the entire tooth by spreading the active oxygen molecules while keeping the enamel safe.” Dr. Fischer added.